PREHISTORIC COPPER PRODUCTION IN THE INN VALLEY (AUSTRIA), AND THE EARLIEST COPPER IN CENTRAL EUROPE*

In recent years archaeological finds and scientific analyses have provided increasing evidence for a very early beginning of copper production in the rich mining area of the Tyrolean Alps. The earliest findings derive from an excavation of a multi‐phase settlement on the Mariahilfbergl in Brixlegg, which revealed evidence that a small amount of fahlores, probably of local provenance, was at least heated if not even smelted there in the Late Neolithic Münchshöfen culture (the second half of the fifth millennium bc ). However, most copper finds of this horizon consist of low‐impurity copper that most probably derives from Majdanpek in Serbia. This long‐distance relationship is corroborated by typological features that link some aspects of the Münchshöfen culture with the Carpathian basin. Thus it is not yet clear if, at Brixlegg, actual copper production took place or, rather, an experimental treatment of the local ores. The typical fahlore composition, with arsenic and antimony in the per cent and silver and bismuth in the per mille ranges, appears in quantity only in the Early Bronze Age. Many thousands of Ösenringe are known from many central European Early Bronze Age sites, with a chemical composition typical of fahlores. At Buchberg near Brixlegg, a fortified settlement with slags from fahlore smelting proves that the local ores were indeed exploited. The lead isotope ratios of Ösenringe from the Gammersham hoard in Bavaria, which consist of fahlore copper, confirm this and suggest that copper mining and production in the Inn Valley reached a first climax during that period. In the Late Bronze Age, copper was produced at an almost industrial level.     

CHEMICAL ANALYSIS OF COPPER ALLOY TRADE METAL FROM A POST-CONTACT HURON SITE IN ONTARIO,CANADA

Fifty-three copper-based metal fragments, recovered from the Robitaille site in southcentral Ontario, were analysed by neutron activation to establish their chemical make-up and to sort them by their trace elemental chemistries. Three different European copper samples, one brassy copper and 48 brass samples with five different chemistries were found. As few as eight trading actions may account for all of the recovered European metal fragments.     

THE SYMBOLIC AND SOCIAL MEANINGS OF THE INTERMEDIATE BRONZE AGE COPPER DAGGERS

Abstract

The transformation of hard, durable natural substances, such as stone or metal, into cultural objects with symbolic value has played an important role in human social development. This paper attempts to understand the symbolic and social meanings of copper daggers during the Intermediate Bronze Age, and the reasons for their widespread use within a burial context. A multidisciplinary approach is taken, combining and processing different areas of research, and employing a range of archaeological and ethnographic parallels. This paper allows also for a more comprehensive understanding of the social organisation during the Intermediate Bronze Age.     

THE PROVENANCE OF IRON ARTEFACTS FROM MANCHING: A MULTI‐TECHNIQUE APPROACH*

Iron finds from the Celtic oppidum of Manching in southern Bavaria (Germany) are analysed in view of their possible provenance. The exceptional size and the location of Manching are usually attributed to the presence of abundant iron ores in its vicinity. After a review of previous approaches for source determination of iron artefacts, we introduce lead isotope analysis as a new approach. However, only by combining the trace element patterns of slag inclusions and iron metal with lead isotope ratios in the metal is it possible to distinguish various iron ore formations near Manching. As a result, it turns out that, indeed, the most obvious ones—namely, bog ores near the Danube—constituted the main resources for iron production at Manching. It was even possible to select one occurrence as the most likely ore source.     

COPPER AND COPPER ALLOYS IN ANCIENT TURKEY: SOME NEW ANALYSES

This note presents some new analyses for 13 early copper and bronze artefacts from Turkey in the Collection of the Ashmolean Museum, Oxford. They were not included in a small programme of early copper and bronze objects from Iraq, Syria and Palestine (Moorey and Schweizer 1972, Archaeometry 14 (2), 177–198) and conclude this pilot-project.     

Spinning Yarns: The Archaeological Evidence for Hand Spinning and its Social Implications,c ad 1200–1500

THIS PAPER EXAMINES the archaeological evidence for hand spinning in medieval Britain from c 1200 to c 1500. Ceramic, stone and baked clay spindle whorls have dominated the excavated finds, but a new corpus of lead-alloy spindle whorls, recorded through the Portable Antiquities Scheme and Scottish Treasure Trove, is presented here. Analysis of the metal whorls’ distribution, manufacture, dating and decoration is provided, illuminating the wide social and economic contexts in which they were used. From memento mori of pious spinners to sexually potent objects representative of lubricious gossips, the ubiquitous spindle whorl was a universal tool that had a powerful agency. The artefacts are small finds embodying daily life but also tie into the wider national economy of the High and Late Middle Ages.     

Archaeometallurgical Investigations in Nakhchivan,Azerbaijan: What Does the Evidence from Late Chalcolithic Ovçular Tepesi Tell Us about the Beginning of Extractive Metallurgy?

The Late Chalcolithic (4400–3950 b.c.) occupation levels from Ovçular Tepesi have yielded a significant assemblage of copper objects and remains of copper production. Together with ore finds, two fragments of nozzle, crucible remains, and a number of small metal artifacts, this assemblage includes the unexpected discovery of three copper axes in an infant burial jar. These axes are the earliest examples of large copper tools known to date in southwestern Asia, whether it is in the Caucasus, Iran, or the Anatolian highlands. More importantly, the fact that these objects were locally produced suggests that significant metallurgical activities were being carried out at Ovçular as early as the second half of the 5th millennium b.c. After presenting the evidence from Ovçular Tepesi, this paper will proceed to a reassessment of the available archaeological and geochemical data concerning the emergence of extractive metallurgy in the southern Caucasus.     

LEAD ISOTOPE CHARACTERISTICS OF THE CYPRUS COPPER ORE DEPOSITS APPLIED TO PROVENANCE STUDIES OF COPPER OXHIDE INGOTS

Nearly 200 new lead isotope analyses of sulphidic and oxidized ores from 26 copper mines on Cyprus show that the mines from different geological regions group in five distinctive isotopic groups, each with a substructure, related to the geological history of the ore formation. Comparison of lead isotope compositions of Bronze Age artefacts with these data can in many cases reveal the actual mines from which the copper for particular artefacts was obtained. The particular case of the provenance of the copper for 78 Late Bronze Age copper ‘oxhide ingots’found in Cyprus, Crete, Greece, Sardinia, Turkey and Bulgaria is discussed. The data show that all oxhide ingots so far analysed, dating to the fourteenth century BC and later, were made of copper consistent isotopically with only one mining region in the geographical north of Cyprus, and especially the Apliki mine. The study provides further evidence which supports the validity of the conventional approach to the use of lead isotope analysis for provenancing metals; this evidence is antithetical to recent suggestions of a model for the production of copper oxhide ingots which involved widespread mixing of copper from a number of ore sources throughout the Mediterranean.     

Results of micrometallographic analysis of metalworking tools in graves of metallurgists in Moravia/Czech Republic

The number of finds relating to metalworking, without evidence of mining and processing facilities, is very limited. In Final Eneolith graves of specialized metallurgists that have occurred, they contain a metal-founding or metalsmithing toolkit, whose origins were from eastern Europe (the Maykop, Yamnaya Culture). Such metallurgical tools may have reached central Europe as part of the so-called Yamnaya Package before the onset of the Bee Beaker Culture (BBC); and unlike the Pontic region, these two types of metallurgy separated here. There are found an accumulation of metallurgists' graves in Moravia, where the complete metalworking toolkit is deposited in a predefined place in richly furnished male graves with a distinctive funerary architecture that exhibit a clear relationship to the grave goods. EDX-analysis detected a high content of metals (Cu, Ag, Au, Au–Ag alloy) on all working surfaces of stone tools, grinders, and boar tusks used for the final treatment of their metal products. This makes us believe that the used artefacts were laid as symbolical objects in the graves of these craftsmen who perfectly knew these advanced technologies. Due to their knowledge, their social significance gradually rose and finally reached the level of social elites, who were usually buried in a spectacular manner, including the quantity of grave goods (Überausstattung) and the pars pro toto deposition in one part of the finds.     

The Study of Small Finds at the 1644 Battle of Cheriton

Abstract

A metal detection survey over a 2.6% sample of the Registered 1644 Battlefield of Cheriton yielded 355 metallic small finds, of which 92% were directly related to the battle. An archaeological analysis of the sample emphasises the use of non-valuable small finds as an aid to understanding the location, direction and participants of battle. An appreciation of battle and the actions of warfare has been indicated via the social and functional aspects of weaponry. The finds have been assessed within their Civil War context and indicate that the presumed extent of the battlefield could be much larger than previously thought. The distribution of the finds confirms that the retreating Royalist army were pursued as they fled. Individual regiments within the armies have been identified based on find typology and distribution, to build up a coherent interpretation of the battle.     

ION BEAM ANALYSIS OF COPPER AND COPPER ALLOY COINS

In recent years ion beam techniques have become more and more important since in most cases the analysis of copper and copper alloy coins has to be non-destructive. It is therefore of interest to study the relative advantages of several nuclear methods for a certain type of metal. The results are presented here of a comparison between three non-destructive ion beam techniques: particle induced X-ray emission, proton activation analysis and fast neutron activation analysis.     

Re-evaluating the Quoit Brooch Style: Economic and Cultural Transformations in the 5th Century ad,with an Updated Catalogue of Known Quoit Brooch Style Artefacts

QUOIT BROOCH STYLE MATERIAL, produced from the early 5th century onwards, has been primarily considered from a stylistic point of view, leaving much scope for further investigation. In addition, the known corpus of material has been much expanded through newly excavated and metal-detected finds. In this article, I bring together the known extant material for the first time, and document important evidence relating to contextual dating, gender associations, manufacture (including new compositional analyses of c 75 objects), repair, and reuse. The article questions previous interpretations of Quoit Brooch Style material as relating to Germanic mercenaries and/or post-Roman political entities. It interprets the earliest material as a part of wider trends elsewhere, in England and in continental north-western Europe, for the production of material imitating late-Roman symbols of power. It presents new evidence for connectivity with continental Europe via the western-Channel route in the 5th century. A detailed investigation of individual artefacts shows that many Quoit Brooch Style objects were reused, and sometimes subject to extensive repair and modification. This provides new insights into the 5th-century metal economy; for instance, acute problems in the availability of new metal objects in south-eastern Britain in the middle years of the 5th century. Compositional analyses contribute further to our understanding of metal supply in the 5th century and relationships with the post-Roman West. Insights are provided into wider cultural transformations in the 5th century and the gradual loss of value that occurred for Roman-style objects.     

To Have and to Hold? Recent Research on the State of Preservation of the Roman Fort of Fectio (Municipality of Bunnik), the Netherlands

The transformation of the Roman fort of Fectio was seized upon to gain insight into the factors that determine the degradation of metal finds and the relationship with different forms of land use. The research showed no difference in the preservation of metal finds from different burial contexts, including disturbed contexts. A possible explanation for the good condition of the metal finds is the presence of organic waste and building material that, together with the clayey soil, create an ideal burial environment for non-ferrous metals.     

Excavation of a pit at 16 Tunsgate,Guildford, Surrey, 1991

Abstract

The site lies to the south of the High Street in Guildford’s town centre, SU 9980 4944. The pit yielded a large assemblage of artefacts. The significance of the assemblage lies in its size and its coherence as a single, chronologically uncontaminated and sealed deposit. The finds form a discrete group of ceramics, glass, clay pipes and organic remains dating from c.1650-1714, and deposited c.1702-14. Many of the vessels after reconstruction proved to be complete, or almost so. Because of the location of the site in Tunsgate, the artefacts must either have come from the Tun Inn, which had a frontage on the High Street, or from a property nearby belonging to the owner of the Tun Inn. The end of the 17th century and the beginning of the 18th century is a particularly interesting period for ceramic and glass studies and the finds from 16 Tunsgate reflect this. The assemblage contains previously unknown examples of the work of John Dwight and George Ravenscroft, a soda glass with a hitherto unknown type of seal, the largest group of mould-blown cristallo beakers so far found in the United Kingdom or North America and a unique group of animal remains that provide a snapshot of inn food in the early 18th century. The finds are on display in Guildford Museum.     

COPPER AND COPPER ALLOYS IN ANCIENT IRAQ,SYRIA AND PALESTINE: SOME NEW ANALYSES

In a pilot-programme to increase evidence for the history of copper-alloying in ancient Iraq, Syria and Palestine 128 objects in the Ashmolean Museum, Oxford, were tested with a point-source linear X-ray spectrometer for tin, arsenic and antimony. These analyses showed the gradual introduction of tin-copper alloys into Iraq after ca. 2750 b.c. (Early Dynastic IIIA), into Syria a little later and into Palestine by the end of the third millennium b.c. , though numerous artefacts continue to be of copper or arsenical-copper until well into the second millennium b.c. at least. With the appearance of tin-copper alloys the percentage of arsenic in the copper objects noticeably declines indicating that the earlier arsenical-coppers were deliberately produced under controlled conditions.     

PRE‐CHRISTIAN OFFERINGS FROM GULDHULLET NEAR SMØRENGE ON BORNHOLM,DENMARK

As a result of metal detector surveys over several years, a unique find of gold figurines and gold foil figures from the 6^th century AD has come to light at a locality known as Guldhullet (‘the gold hole’). Geomagnetic surveys and a subsequent excavation in 2017 revealed a large number of ‘cooking pits’ close to the present‐day damp area where the finds were made. The pits are roughly contemporary with the gold finds, which suggests that the location was both a sacrificial site and an important communal meeting place.     

Cultivation History Beyond the Periphery: Early Agriculture in the North European Boreal Forest

We have investigated the environmental history of human occupation and the development of agriculture in the eastern interior Lake District of Finland. The material consists of archaeological data, which is reviewed in topographical and agrogeological context, and pollen analytical evidence of agricultural indices from eight precisely dated (varved) lake sediment sequences. Before the Viking Age, archaeological evidence, consisting of stray finds, dwelling sites, and graves, is very scarce. Iron Age finds are clearly confined to the lowland environs with silty and clayey soils. During the Viking Age, the number of stray finds multiplies and the first cemeteries are established. Comparison between Viking and Crusade Period finds reveals a topographic shift toward higher locations and morainic soils. Most of the cup-stones are located on upland sites—that is, not in connection with known Iron Age sites. These are interpreted as medieval indicators of slash-and-burn farming of the fertile but stony supraaquatic morainic soils. There is pollen analytical evidence of sporadic cultivation in the area from the Bronze Age onward. Afterca. AD 700, the occurrence of cereal pollen grains becomes regular but remains discontinuous at each site until after the turn of the millennium. There is then an exponential rise in the cereal pollen rain, indicating a fully agricultural population.     

In situ Preservation Solutions for Deposited Iron Age Human Bones in Alken Enge,Denmark

The rich mass deposition of Iron Age human bone material from the Danish site, Alken Enge, is extraordinary not only from an archaeological perspective but also from a preservation point of view. The main find is situated in a waterlogged, anoxic environment which provides excellent preservation conditions and therefore enables in situ preservation of the human bones. However, major differences in local environmental conditions challenge an in situ preservation of the entire site area as parts of the bone material presently deteriorate. In this paper, a multi-proxy environmental monitoring approach is used to document threats and to suggest the best preservation solution for the archaeological finds, whether in or ex situ.